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Scientific research is an industry that only needs a few elites, and does not need many people, so if you have the confidence and determination to challenge the top, and you are not afraid of failure, obscurity, and no one cares, and you are willing to quietly engage in scientific research, then you can choose to try. You must know that if you choose scientific research, you are likely not to be the first (the first is to have new discoveries, new understandings, or you can do your best), and if you can't be the first, you can only be obscure, or even worthless. This is the slimness of the road of scientific research, and it is also the charm of scientific research.
As for China, basic research is thriving right now, especially in the two directions of quantum physics and controlled fusion. Of course, theoretical physics directions such as string theory would not have required much monetary investment. But now our scientific research environment is still good, and the salary has also improved.
The key is to choose a research unit and group with a good atmosphere.
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Science majors that do not study physics include: Financial Affairs, Finance and Economics, Marketing, Materials Chemistry, Metallurgical Engineering, Materials Science and Engineering, Polymer Materials and Engineering, Inorganic Non-metallic Materials Engineering, etc. Science refers to natural sciences, applied sciences, and mathematical logic'Collectively.
The main science subjects are: mathematics, physics, chemistry, biology, geography, computer software applications, technology and design practice, etc. The birth and development of science is the result of the development of human intelligence, which indicates that human beings truly understand how to think about nature, so the development of science is also the key to the development of human science and natural thinking.
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There are many majors for science students that do not take physics courses, such as financial affairs, finance and economics, marketing, etc. Of course, there are many engineering majors who do not take physics courses. Engineering majors only recruit science students.
But this also depends on the school.,Some schools of liberal arts.,For example, linguistics and the like don't study physics.,But there will be some general education courses about the history of science.,At the end of the semester, it's also a small ** or a simple exam or something like that.,It's good to know a little more about physics.。
In college, science and engineering majors generally have to learn the basic courses of college physics, but they are generally easier to learn than physics majors, if you really don't even want to touch them, it is recommended to study liberal arts majors such as economics and management, grammar, etc., after all, science majors are completely unrealistic without physical chemistry.
The classification of science is roughly divided into four categories: science, engineering, agriculture, and medicine, and the four disciplines contain many majors.
1. Science: Mathematics, Physics, Chemistry, Biology, Astronomy, Geology, Geography, Atmospheric Science, Oceanography, Mechanics, Electronic Information Science, Materials Science, Environmental Science, Psychology, Statistics, etc.
2. Engineering: geology and mining, materials, machinery, instrumentation, energy and power, electrical information, civil engineering, water conservancy, surveying and mapping, environment and safety, chemical and pharmaceutical, forestry and public security, etc.
3. Agronomy: plants, forests, animals, environment, animal medicine, aquaculture, etc.
4. Medicine: Clinical Medicine, Traditional Chinese Medicine, Stomatology, Acupuncture, Tuina, Nursing and Medicine, etc.
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Physics certainly exists.
Of course, physics exists, and now almost all mechanics, optics, electromagnetism, electrical engineering, microwaves, astronomy, and meteorology are separated from physics, and strictly speaking they still belong to physics. It's just a little more engineering. At present, the main directions of physics majors include theoretical physics, particle physics and nuclear physics, atomic and molecular physics, plasma physics, condensed matter physics, optics, acoustics, radio physics, astrophysics and other directions.
Theoretical physics is the physics of a large number of calculations, especially a large number of applications of mathematics, and also contains many aspects, all aspects, as long as a large number of theoretical mathematical calculations are involved, it is called theoretical physics. Condensed matter physics is a condensed state that considers solids, liquids, and tends to be between solids and liquids, and crystals are mostly in this state. Interestingly, almost all the disciplines are divided into physics, and although each discipline is full of flowers on the surface, they all have to meet certain mathematical laws, especially the conservation of matter, the conservation of momentum, the conservation of energy, the conservation of electromagnetism, these laws and their similar descriptions penetrate into every branch of science.
Physics is the study of the most general laws of motion of matter and the basic structure of matter. As a leading discipline of natural science, physics studies the most basic forms and laws of motion of all matter, from the universe to elementary particles, so it has become the basis for the research of other natural science disciplines. Physics began in the days of Galileo and Newton, and it has become a fundamental science with many branches.
Physics is an experimental science, and it is also a science that advocates rationality and attaches importance to logical reasoning. Physics makes full use of mathematics as its working language, and it is one of the most sophisticated natural sciences today.
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Summary. English is a good major for studying General English, Advanced English, English Writing, English Listening, English Speaking, English Reading, English and American Literature, Translation Overview, Translation Text Studies, Modern English Structure, Applied Translation, Thematic Translation, English Interpretation, English Translation Theory and Practice, Overview of English-speaking Countries, Introduction to Linguistics, English Lexicology; Harvard Human Resource Management, Marketing, Business English, Business Writing, Cross-Cultural Business Communication, International Practice, Microeconomics; Introduction to Western Legal Systems, International Organic Law, Foreign Investment Law.
A science major who does not study physics.
Won't be a classmate.
Computer & Software Engineering.
Its professional focus is on learning, and there are a lot of things that you need to learn, architecture, structure, framework, and grammar.
These are the learning contents of computer science majors.
Interfaces, front and backend, these are what software engineering learns.
Withdrawing from these two majors, the requirements for mathematics are limited to preparing for the final exam.
If you want to go to graduate school, you may have requirements for mathematics.
If you are good at Chinese and English, can you be more specific about the major you choose?
Wait a minute, classmates. English is a good major for studying General English, Advanced English, English Writing, English Listening, English Speaking, English Reading, English and American Literature, Translation Overview, Translation Text Studies, Modern English Structure, Applied Translation, Thematic Translation, English Interpretation, English Translation Theory and Practice, Overview of English-speaking Countries, Introduction to Linguistics, English Lexicology; Harvard Human Resource Management, Marketing, Business English, Business Writing, Cross-Cultural Business Communication, International Practice, Microeconomics; Introduction to Western Legal Systems, International Organic Law, Foreign Investment Law.
Girls with good Chinese should have good language comprehension skills and writing skills, and they can generally choose when they go to college: human resources, teachers, media, new ** operations, e-commerce, UI design, etc.
Ok thanks! It's been a great <>
You're welcome
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Engaged in scientific research, high-tech micro field.
Major related disciplines.
Particle Physics and Nuclear Physics, Atomic and Molecular Physics, Condensed Matter Physics, Plasma Physics, Acoustics, Optics, Radio Physics, Basic Mathematics, Applied Mathematics, Computational Mathematics, Condensed Matter Physics, Chemical Physics, Astrophysics, Cosmology, Materials Science, Information Science and Life Sciences.
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Summary. China's theoretical physics has undoubtedly made some important achievements in the past few decades, especially in computer simulation and high-energy physics. However, from some people's perspectives, there may be some problems with theoretical physics in China relative to other scientific fields, such as:
1.Insufficient investment: Compared with developed countries in the West, there are still fewer resources devoted to basic research.
This is likely to limit the progress of research in frontier fields such as theoretical physics. 2.Poor research environment:
Academic freedom is insufficient, and an overemphasis on competition may diminish the spirit of collaboration, innovation, and openness. 3.Problems with the education system:
Many middle and high schools in China focus on math and physics rather than stimulating students' interest and creativity. As a result, when they enter college, these students may not have a deeper level of theoretical physics knowledge and research abilities. All of these factors may lead to a bottleneck in China's theoretical physics.
However, support for scientific innovation has been strengthened and commitments have been made to continue to invest more in basic research and high-tech research and development. Therefore, theoretical physics in China is expected to make more significant progress and contributions in the future.
China's theoretical physics has undoubtedly made some important achievements in the past few decades, especially in computer simulation and high-energy physics. However, from some people's perspectives, there may be some problems with theoretical physics in China relative to other scientific fields, such as:1
Insufficient investment: Compared with the Qingquejia in western developed countries, the resources invested in basic scientific research are still less. It is likely that the state basis limits the research progress in frontier fields such as theoretical physics.
2.Poor research environment: Academic closure is not free enough, and overemphasis on competition may reduce the spirit of collaboration, innovation and openness.
3.Problems with the education system: Many middle and high schools in China focus on math and physics rather than stimulating students' interest and creativity.
As a result, when they enter college, these students may not have a deeper level of theoretical physics knowledge and research abilities. All of these factors may lead to a bottleneck in China's theoretical physics. However, support for scientific innovation has been strengthened and commitments have been made to continue to invest more in basic research and high-tech research and development.
Therefore, theoretical physics in China is expected to make more significant progress and contributions in the future.
The Chinese tutor is very bad!
I can't say that, but there's still a good one.
I don't think there are very many people in college who can escape the problem of money.
It's not just universities, it's everybody.
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Theoretical Physics. The job prospects will not be too good, applied physics.
Better. It is okay to teach and engage in scientific research, but you can only engage in teaching profession or participate in theoretical research work. It's hard to get into a good university; Unless you have a Ph.D., it is also very difficult to get to the graduate school.
If you are particularly introverted, you are not even suitable for teaching. In short, it is more difficult to find employment, and there is only one way to go in another direction. If you have a smooth capital turnover around you and have a certain economic strength and personal ability, you can consider starting your own business or going abroad to engage in theory.
This profession is tantamount to dedicating oneself to science, especially domestic. Either stay poor for the rest of your life, or make a splash. Among the many majors, this is an extreme major, and it is only suitable for extreme people.
I'm upside down to your question :
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There are many such people, and those with a good foundation in mathematics and logistics can have a relatively wide range of fields.
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